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Big Data is redefining building design and construction. Bryden Wood has won a Queen’s Award for innovation that bridges the gap between construction and manufacturing.
The unprecedented need to invest in social infrastructure - including housing, education, roads, rail, healthcare, energy – and the £650 billion planned investment from public and private funds, all comes at a time when the UK construction industry is incapable of meeting this need in its current state, with the collapse of Carillion a sign of broader systemic issues within the industry.
Over two decades Bryden Wood have been trying to address this for need for a fundamental shift within the industry in terms of both the design and delivery processes. The award is a recognition of their success in this endeavour and cites two key aspects of their work: first the use of new data driven tools and techniques in the design process, including Chip Thinking, please click here to find out more about Chip Thinking. Second, advanced DfMA and a move away from traditional construction towards assembly, please click here to find out more about Bryden Wood’s approach to DfMA.
The result is rapid, safe, asset construction delivered through composite DfMA anywhere in the world. A small multiskilled workforce is able to build a facility with very few speciality trades required.
Current clients for the consultancy include Crossrail, Heathrow Airport, The Ministry of Justice and GSK.
At design, structures are broken down in to small, coherent components called ‘chips’. Each ‘chip’ undergoes extensive data analysis and is repeatedly tested in digital simulations for maximum efficiency.
‘Chip thinking’ allows for rapid building design and means a library of building components or ‘chips’ with all accompanying data is ever-expanding. Bryden Wood makes this information open source and publicly available, including to competitors, as a way of gathering feedback to continually improve design.
The design seeks to eliminate as much site work as possible through the use of offsite fabrication. Composite, modular components are designed to work together and be assembled. Rather than using traditional construction techniques, the asset effectively slots and bolts together.
Bryden Wood’s DfMA systems offer:
A universal design allows for a range of sites, climates and geologies. From a vaccine manufacturing plant producing 130 million vaccine doses a year to a small packaging facility, the approach requires low capital costs and is designed for expansion.
The same approach is also being applied by the company to home building in London. Last month, Bryden Wood announced a partnership with the Mayor of London to provide housing developers with the designs and standardised components to build precision manufactured homes.
“This award recognises the brilliant work our team has been doing to tackle low productivity in the sector and drive a more manufacturing-led approach,” says co-founder Mark Bryden. “Since Martin Wood and I started the company in 1995, we have led the adoption of more advanced construction techniques and the application of DfMA. The work continues today as we strive to attract more creative, digitally-savvy people in to construction.”